55 results about "Project planning" patented technology

The invention discloses an intelligent parking management method and system based on digital twinning. And full-life-cycle management is realized by constructing a five-dimensional digital twinborn model. The method comprises the following steps: firstly, extracting information from historical data to generate a knowledge template library, intelligently matching a successful case to generate a project proposal, carrying out space, performance and fault simulation, and synchronously changing information through a mobile application. And closed-loop management from project planning to operation maintenance is realized. A hybrid decision engine combining PPO reinforcement learning and a heuristic algorithm is adopted, the parking space detection accuracy rate reaches 99.7%, the parking space searching time is shortened to 2.7 minutes, and the system response delay is reduced to 200 ms or below.

The invention relates to the technical field of data management, in particular to a project data management system for research and development of small and medium-sized enterprises, which comprises a data acquisition module for acquiring research and development project data of the small and medium-sized enterprises through a multi-source data fusion technology; the quality diagnosis module analyzes research and development data by applying a deep learning network, and automatically identifies and predicts data quality abnormity and a potential risk mode; the process collaboration module is combined with artificial intelligence and a process engine technology, and automatically adjusts research and development task processes and authority distribution according to project progress and member collaboration requirements; the resource interaction module coordinates resource allocation, sharing and recovery between the research and development project and the enterprise internal resource pool; and the decision optimization module coordinates data of each module and a research and development project target to realize collaborative optimization of project planning, resource allocation and risk control, so that the problems of data fragmentation, low flow efficiency and unreasonable resource allocation in the research and development process of small and medium-sized enterprises are solved, and the research and development efficiency and the achievement transformation capability are improved.

The invention provides a construction informatization management method and system, relates to the technical field of informatization management, and is characterized in that an independent work point is used as a unified space and management unit, and static management information in a building information model and project planning data is converted into static management information; and integrating and associating with real-time dynamic data from heterogeneous systems of personnel, equipment, environment, video monitoring and the like, and automatically judging and visually displaying the comprehensive execution state of each independent work site based on a preset rule. The core step of the method is that a construction site is finely divided into independent work points with independent working procedures and management responsibility, and dynamic and static data deep fusion and state evaluation are carried out by taking the independent work points as basic units, so that the problems of information islands and fuzzy responsibility in traditional construction management are effectively solved. And a real-time, transparent and traceable global command view is provided for project managers, so that the refined and intelligent management level of the construction process is remarkably improved.

The invention discloses a smart city planning method and system based on digital twinning, relates to the technical field of city planning, and solves the problems that the scheme is not feasible due to dependence on manual interpretation of regulation texts, lack of automatic generation and matching of index constraint lists and possible neglect of key constraint conditions in planning suggestions, and meanwhile, the scheme is high in subjectivity and low in cost. And a unified quantitative model is lacked. Through the NLP technology, planning suggestions and regulation terms are compared in real time, conflict indexes are automatically marked, planning conditions and preliminary index calculation results are combined, the generated project planning suggestions strictly follow a policy framework, and manual interpretation errors or violation risks are avoided. A collaborative quantitative evaluation model of the single building and the regional landscape is established, and the landscape effect of the planning suggestion is evaluated from the dimensions of spatial layout, visual vestibule, skyline, color coordination and the like. The fusion degree of the project and the surrounding environment is visually reflected through quantitative scoring, and the deviation of subjective evaluation is avoided.

The invention relates to an energy storage optimization configuration method based on a green power direct connection project. The method comprises the following steps: step 1, determining an optimization configuration limiting condition and a price mechanism, wherein the core of source, load and storage configuration is a green power direct connection system so as to meet the green energy demand of an enterprise and improve the nearby local consumption level of new energy; 2, green power direct connection project planning configuration: exploring an optimal scheme under a differentiated scene by applying a production operation simulation method and taking system economy optimization as a target, analyzing the influence of a source storage configuration scale on project economy, and considering surrounding actual resource conditions to obtain a final feasible scheme; 3, analyzing a green electricity direct connection project planning scheme based on examples; the method has the advantages that the new energy utilization rate is increased, the cost is reduced, and reasonable distribution and storage are realized based on a production simulation method.

The invention discloses a science and technology planning landing management method and system based on a project structure portrait, and the method comprises the steps: extracting features of multiple dimensions from science and technology project document data through employing a large language model, and obtaining structured project dimension information; the method comprises the following steps: calculating an inter-dimension incidence matrix by utilizing structured project dimension information, adjusting the weight of each dimension when the similarity of every two projects is calculated by combining the incidence matrix, obtaining the overall similarity score of every two projects, and carrying out the similarity calculation of adaptive graph diffusion fusing expert knowledge based on the overall similarity score of every two projects. The global similarity between the items is obtained; whether the structured project dimension content covers the science and technology project planning requirements or not is compared through a large language model by utilizing the existing project document and the global similarity information between projects, and a planning landing analysis report is obtained; the method has the advantages that the incidence relation between the projects is fully considered, and the projects meeting the requirements are accurately and efficiently screened out.

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for generating and updating project plans for software development projects. In one aspect, a method includes obtaining data indicative of initial project plan parameters associated with a software development project; identifying multiple program modules associated with the software development project; obtaining, for a first set of modules of the multiple modules, corresponding source code segments; executing a quality assessment process to compute, for each corresponding source code segment, a corresponding quality score; identifying, based on the quality scores, that at least a subset of the corresponding source code segments are integrable into a corresponding first subset of the first set of modules; and generating a revised project plan by generating updates to the initial project plan parameters by accounting for the corresponding source code segments being integrated in to corresponding ones of the first set of modules.

The system according to the embodiment aims to provide real-time customized advice when planning a project. [Solution] A system according to an embodiment includes a reception unit, an analysis unit, a provision unit, and an update unit. The reception unit inputs project goals or requirements. The analysis unit analyzes the information input by the reception unit and provides customized advice. The provision unit provides the advice provided by the analysis unit to a user. The update unit updates the advice provided by the provision unit based on user feedback.

The invention discloses an intelligent collaborative design and management system, which belongs to the field of engineering design and management and realizes full-process coverage of engineering design and management by integrating a management module, a design module, a publishing module, a calculation module, a data module, an intelligent service module and the like. On-line project planning, data entrustment, project design, drawing publishing full-process intelligent design and project intelligent management are realized, full-professional authority-based on-line real-time editing of design data, automatic generation of a chart template, real-time and synchronous updating of data, automatic calculation and generation of a data table, intelligent equipment type selection, automatic calculation of materials and expenses, and automatic identification of errors are realized. The system has the functions of intelligent auxiliary reminding, drawing online checking, drawing automatic filing, meeting training, business travel intelligent reservation and the like, the design efficiency and the design quality are improved, the labor intensity of personnel is reduced, and the design and management intelligent level is improved.

The application belongs to the field of project planning, and particularly relates to a project plan dynamic adjustment system and method based on reinforcement learning, which comprises an initial configuration module, a demand analysis module and a reinforcement adjustment module, wherein the initial configuration module constructs a resource pool and a project pool, and generates an initial optimal project configuration node mapping relationship network; the demand analysis module decomposes secondary demands, and monitors project sub-step progress and conflicts; the reinforcement adjustment module dynamically adjusts according to secondary demand intention chains and the like, internally configures an adjustment model, adjusts configuration relationship chains through a bidirectional adjustment path, generates secondary configuration mapping chains, and feeds back optimization in real time by monitoring delay risk values; through cooperation of the modules, the application realizes accurate dynamic adjustment of project plans, effectively deals with demand changes and resource conflicts, and enhances adaptability of the project to a dynamic environment.

The present application belongs to the technical field of industrial project planning and site selection and land use, and provides an intelligent site selection method, device, equipment and medium for industrial park projects based on an agent, comprising: acquiring an industry classification dictionary and constructing an industry knowledge base, wherein knowledge source data comprises unstructured data and structured data; using an agent to analyze a park site selection request according to a special work flow, retrieving from the industry knowledge base according to an analysis result and an industry index mapping result to obtain a site selection scheme list; and using a grid growth method to optimize the site selection scheme list to obtain an optimized site selection scheme list, so that the park site selection efficiency and scientificity are improved.

We provide the system. [Solution] A means for collecting and storing user interest data, learning history data, and environmental project planning data, A means of using a generation device that generates relevant educational information based on the user's interest data, A means of providing the generated educational information to an information terminal, A means of collecting input information from users, performing learning evaluations based on said input information, and providing feedback, A means to provide past success stories and information to support users in planning implementation for their environmental projects, A system that includes this.

The invention provides a point-to-network channel electric heating composite energy storage new energy increasing and delivering space determination method and system. The method comprises the following steps: acquiring technical and economic parameters of each element in project planning, and acquiring a transmission power curve of a power transmission channel; constructing and solving a total element optimization model based on the output power curve and the technical and economic parameters of each element; calculating a threshold index of project planning according to an optimization result in response to the optimization result which meets the optimization target and is obtained through solving; and comparing whether the threshold value index meets a threshold value requirement or not, and executing solving circulation based on a comparison result until the threshold value requirement is met, and calculating to obtain a new energy electric quantity space of the power transmission channel. Through collaborative optimization of electric heating composite energy storage and iterative decision based on economic indexes, on the premise that stable operation of the power transmission channel is ensured, the electric quantity space of new energy is increased in the maximum channel, and meanwhile the economic feasibility of the planning scheme is ensured.

This invention discloses an automated model management method suitable for a 3D collaborative design platform, belonging to the fields of architectural design and software development. The 3D design platform includes a web interface, a Windows application interface, and a Revit interface. The method includes: managing and maintaining a professional template library; project planning and MBS (Model-Based Structure) decomposition; the platform, based on a PDCA (Plan-Do-Check-Act) design task engine, categorizing platform users according to project roles; allowing users to jump to the Revit interface for collaborative model design by clicking on a design task in the Windows application interface; using an automated model management method to compare historical versions of submitted model files, enabling the submitting professional designers to quickly see the differences in modifications and model updates between versions; the platform synchronously uploads submitted models to the server, and after lightweighting the 3D model, it attaches it to the MBS decomposed model structure. This efficiently completes design task allocation and collaborative design work, improving design efficiency and quality.

The application provides a drawing review method and device, comprising: performing structured processing on acquired project planning information to obtain a corresponding data dictionary; adding the project planning information to a drawing to be reviewed according to the data dictionary; performing drawing frame splitting on the drawing containing the project planning information and associating the drawing with acquired drawing review information; and publishing the drawing after verifying the drawing review information and the project planning information associated with the drawing. The application can correspond the whole process data of drawing review to the drawing before drawing splitting, and deliver the reviewed drawing to a publishing system for publishing.

Various embodiments of the teachings herein include an attestation component configured to attest a cloud-based execution environment. The cloud-based execution environment comprises at least one application instance and a project plan assigned to the at least one application instance. The attestation component may include: a determination component configured to determine at least one piece of trustworthiness information indicating a trustworthiness of the cloud-based execution environment and of the at least one application instance; and a linking component configured to establish a link between the trustworthiness information and the project plan.

A method for coordinating access to distributed resources within a networked resource management system includes a communication engine that receives, from a user device, a request including parameters such as budget and time period for desired resources. Based on the request, the system identifies available provider systems from a resource database, each associated with resources, price, and quality. The engine generates a prioritized list of provider systems according to price and quality, and receives a user selection of a subset of providers. A project planning generator then produces a project plan specifying the selected providers and usage period. Confirmation instructions are transmitted to the provider systems to initiate remote sessions, and the communication engine establishes time-limited connections enabling the user to access the corresponding resources. Each connection is recorded as a block on a blockchain-based protocol, including a cryptographic hash, timestamp, and transaction data, ensuring secure, verifiable resource coordination.

The invention provides a WBS-based ship construction engineering automatic decomposition method, which comprises the steps of firstly, constructing a project basic case library by obtaining task decomposition experience of various historical ship projects, and initializing tasks to be decomposed and project families; a probability on a project family decomposition element path is then calculated, and a planning case library is converted to establish an initial system state. Under the guidance of the flexible constraint, selecting a current task to be decomposed, and determining a current decomposition element on the project decomposition element path; and then case retrieval is carried out according to the selected elements, and decomposition is selected and executed after action cost is calculated. Finally, the system state is updated and the rigid constraints are checked to determine whether to continue cycling or terminate the entire process. According to the method, the WBS scheme with a clear structure and reasonable logic can be automatically generated, and the efficiency, the normalization and the intelligent level of ship construction project planning are remarkably improved.

The present disclosure relates to a project construction process information management system, and relates to the technical field of engineering management, and comprises: a project information management module, which is used for establishing project profile information, determining the participating subjects of the project and personnel management permissions, and realizing project coordination management and contract management; a project planning informationization model processing module, which is used for establishing a project planning informationization model according to project data, optimizing the progress and cost in the project construction organization scheme, virtually simulating the project construction process to determine construction process key data; and a construction process management module, which is used for one or more of progress management, quality management, cost management, and site and safety management, determines actual construction process data according to the construction process key data, determines the deviation state of the engineering evaluation index, and dynamically manages the project construction process and performs risk early warning. The present disclosure can realize comprehensive management.

The embodiment of the application provides a project whole life cycle integrated management method and system based on a digital main line technology, relates to the technical field of project management, and first acquires an original project planning document set in a project starting stage, generates a project task decomposition structure tree according to this, then constructs a task time sequence dependent relationship network, clearly defines the logical relationship and an estimated duration parameter between task node units, then carries out resource demand matching processing to obtain a resource allocation quota set, and finally generates a project initial digital main line model by fusing the task time sequence dependent relationship network and the resource allocation quota set, so that the application realizes integrated management of project whole life cycle information, and improves the scientificity and accuracy of project management.

The embodiment of the invention provides a behavior plan generation method and device based on man-machine cooperation, and the method comprises the steps: receiving project information, carrying out the semantic reasoning of the received project information based on an ontology library, and decomposing a project into a plurality of executable sub-projects; evaluating a current project environment, preconditions and constraints based on historical data in a case library, and recommending appropriate strategies and behavior arrangements for each sub-project; allocating resources required by each sub-project in the project execution process based on the resource library, and outputting a resource allocation scheme; generating an execution sequence of each sub-project according to the front-back dependency relationship of the project, and dynamically adjusting the execution sequence according to the state change; and based on the dynamic manual intervention threshold, adjusting the priority, resource allocation and execution strategy of the project through a feedback mechanism, and generating a behavior plan. According to the scheme, the efficiency and accuracy of project formulation and execution can be effectively improved through a machine autonomous planning and human-assisted behavior plan formulation mode.

Apparatus for quantifying construction requirements using artificial intelligence to analyze two-dimensional representations of buildings. The apparatus includes a controller that receives and processes raster images to identify architectural components and walls. It features a scaling module to associate a scale with the representation and a user interface generator to create interactive interfaces with dynamic components. The controller forms boundaries and creates adjacent regions. The controller additionally calculates net areas or volumes, and a materials list designating material quantities for construction. The apparatus can compare material quantities from multiple representations, estimate labor requirements, and associate costs. An interactive user interface enables a user to modify parameters of polygons and line segments, setting boundaries, and training the AI engine. The apparatus optimizes construction estimation and project management by integrating AI-driven analysis, enhancing efficiency and accuracy in resource allocation and project planning.

The application provides a management method and system based on a special construction project planning implementation scheme, relates to the technical field of data management, and obtains project basic data through a preset database, performs risk identification and weight analysis, obtains a weight data set, performs scheme comparison and analysis, and obtains a scheme comparison sequence; performs forward verification and reverse verification according to the scheme comparison sequence, adjusts the scheme according to the forward verification result and the reverse verification result, determines a main selected scheme and an alternative scheme; and performs fit degree examination, analysis and adjustment on the main selected scheme and the alternative scheme, and obtains scheme management data; and the application greatly improves the intelligence and accuracy of project implementation management.

The invention provides a BIM-based engineering construction project monitoring management method, device and equipment, and relates to the technical field of engineering management, and the method comprises the steps: determining a target fault set of a target engineering project based on the construction environment information and construction progress information of the target engineering project collected in real time; clustering the real-time construction progress information of the target engineering project according to the target fault set and regions to obtain a construction data set of each region; and determining a first BIM model of the target engineering project in combination with project planning information of the target engineering project, determining a second BIM model of the target engineering project according to the project planning information and the construction duration, and comparing the second BIM model with the first BIM model to obtain a construction progress error of the target engineering project and a project management scheme including a work contact list. The method can guarantee the accuracy of the monitoring result of the target engineering project and the matching degree of the project management scheme and the project progress, facilitates resource management, and carries out work key point synchronization.

The invention provides a component development method, device and system based on dual-mode calling, and relates to the technical field of system development, and the method comprises the steps: obtaining hardware resource information and network information of a client server; performing project planning processing on the hardware resource information and the network information through a preset project configuration analysis model to generate a system configuration scheme; according to the system configuration scheme, dual-mode calling processing is carried out on the constructed project products in a product warehouse, a target micro-service architecture system meeting the hardware and network requirements of the user side server is obtained, and the product warehouse comprises a plurality of to-be-online systems and the project products contained in the to-be-online systems. According to the method, the system can be developed and constructed through dual-mode calling, and the resource adaptability and the network adaptability of the system are remarkably improved.

An offshore wind power project management system based on a project implementation progress, which relates to the field of project management. The system comprises a project management center, which comprises a project data collection module, an offshore data collection module, a project resource management module, a project collaboration and sharing module, and a project early-warning management module, wherein the project data collection module collects project data information and project personnel data information; the offshore data collection module collects project implementation data and meteorological forecast data; the project resource management module sets project resource nodes and corresponding user permission data on the basis of the project data information and the project personnel data information; the project collaboration and sharing module sets corresponding project planning data on the basis of the project implementation data and the meteorological forecast data; and the project early-warning management module performs analysis on the basis of the project planning data and the project implementation data, so as to acquire project early-warning information. The system improves the security of project management.

This invention relates to the field of project planning technology, and discloses a method and system for equipment development project schedule planning oriented towards path selection and feedback iteration. The method includes: designing selectable nodes based on the complex equipment development process, constructing a variable flexible graphical review technology network model for complex equipment development; defining path constraints, obtaining the equivalent transfer function of the entire development process through a matrix solution method, and constructing a variable flexible graphical review technology network optimization model; and solving the optimization model using a genetic algorithm to obtain a solution for equipment development. This invention constructs selectable nodes and proposes a structurally variable flexible graphical review technology model, using the PH distribution to simplify the variable flexible GERT network; introducing three constraints—on-time completion probability, cost and completion time, and variance—to minimize the expected time, it establishes an integrated optimization model for multi-scheme, multi-mode selection and schedule planning in equipment development, and designs a solution algorithm.

The application discloses a kind of wisdom integrated management method and platform system for infrastructure project, it is related to infrastructure management technical field, its method includes: obtaining project planning data;Build double-layer association fusion graph model, extract work order plan information and personnel static information from project planning data Generation plan reference vector;Collect human-computer interaction data;According to the first cognitive safety index calculated from human-computer interaction data;The work order is obtained by combining the first cognitive safety index and disassembling to get work order set;The work order management index vector of operation personnel is obtained by the application program of operation personnel terminal to complete work order set;According to work order management index vector and plan reference vector, use enhanced management entropy vector fusion module and double-layer association fusion graph model to obtain global risk influence probability distribution;According to global risk influence probability distribution, generate project-level risk early warning information and planning strategy.The application can effectively improve the management efficiency of infrastructure project.

The invention discloses a project document risk detection method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining a to-be-reviewed project document corresponding to a to-be-reviewed project, and determining the to-be-reviewed content of the to-be-reviewed project document according to the document type; wherein the document type is a project planning document or a partner response document; determining at least one risk point detection rule corresponding to the to-be-reviewed content, and performing risk point detection on the to-be-reviewed content based on each risk point detection rule; and generating a risk detection report corresponding to the to-be-examined item document based on all risk point detection results of the to-be-examined content. In order to solve the problems that in the prior art, the detection efficiency is low and errors are prone to occurring when the associated document of the to-be-examined item is detected based on a manual mode, by setting the risk point detection rules corresponding to all stages, the to-be-examined item document associated with the to-be-examined item is automatically detected, and the effect of obtaining an accurate risk detection result is achieved.

Technologies for estimating costs in building construction with artificial intelligence include a system configured to obtain project planning data indicative of a planned construction of a building, perform one or more preprocessing operations on the obtained project planning data to prepare a feature vector usable by a set of artificial intelligence models to produce a prediction, including performing classification operations to identify classes of items of the obtained project planning data to determine, as a function of each identified class, a corresponding subset of the set of artificial intelligence models to operate on each corresponding item of obtained project planning data, produce, with each determined subset of artificial intelligence models associated with each identified class and as a function of the obtained project planning data and the feature vector, estimation data indicative of an estimated cost associated with construction of the building, and present the estimation data.